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Integration of VMware AppDefense with VMware Tools: VMware Tools installation includes the VMware AppDefense, a security management, and monitoring solution.darwin.iso supports Mac OS X versions 10.11 and later.It also supports other distributions with glibc versions 2.5 and later. linux.iso supports Linux guest operating systems Red Hat Enterprise Linux (RHEL) 5 and later, SUSE Linux Enterprise Server (SLES) 11 and later, Ubuntu 10.04 and later.Windows 8.1 with Microsoft update KB2919355.

Windows Server 2012 R2 with Microsoft update KB2919355.Windows Server 2008 Service Pack 2 (SP2).Windows Server 2008 R2 Service Pack 1 (SP1).Installing or upgrading to VMware Tools 10.3.2 is not supported for Windows versions that do not meet the prerequisites and customers should continue to use VMware Tools 10.2.x or older until they can patch or update Windows OS to meet the prerequisites for VMware Tools 10.3.2. While preparing the system for VMware Tools 10.3.2 installation, Microsoft Visual C++ 2017 Redistributable is installed on the system as a prerequisite. VMware Tools 10.3.2 depends on and ships Microsoft Visual C++ 2017 Redistributable version 14.0.windows.iso supports Windows Vista and later.VMware Tools 10.3.2 supports the following guest operating systems:.This deprecation does not impact 10.3.0 open-vm-tools.

Install or Upgrade to VMware Tools 10.3.2 or higher versions of VMware Tools.

Note:VMware Tools 10.3.0 is deprecated due to a VMXNET3 driver related issue. It is recommended that VMware AppDefense users use VMware Tools 10.3.2. This release of VMware Tools resolves a number of VMware AppDefense issues. What's in the Release Notes The release notes cover the following topics: What's New Determine the work, in Btu per pound of water vapor Using the Interactive Thermodynamics IT software (Present the data as an engineering repot.).Ĭheck for additions and updates to these release notes. Using the Interactive Thermodynamics IT software Water vapor in a piston-cylinder is heated at a constant temperature of 400 degrees F from saturated vapor to a pressure of 100 Ibf/in2.